IIT Bombay Startup IP For Reliable Water Supply & Distribution System
Working of Shaft
Redefining Water Flow
With Shaft Technology
Shaft technology plays a pivotal role in managing reliable water supply and pressure, especially in areas where local conditions or topography create challenges. In these situations, reducing water pressure is essential, but maintaining a equitable and reliable water supply remains a challenge. This is where the shaft technology comes into play. A shaft is a vertical pipe structure with the top open to the sky, designed to break the Hydraulic Grade Line (HGL) and create a hydraulic isolation barrier. The shaft acts as a separator, dividing the incoming water pressure from the demand side, ensuring that the pressure is managed efficiently and evenly.
The internal inlet pipe within the shaft helps regulate the incoming water flow, separating it from the demand side. This separation ensures that water is distributed effectively to different areas without excessive pressure fluctuations. The outer pipe of the shaft can be fitted with multiple outlets, allowing for the creation of hydraulic isolation zones. These zones ensure that pressure is maintained at optimal levels for different parts of the water distribution network, even in challenging terrains. This innovative approach guarantees a reliable and efficient water supply to every area, overcoming the common problems of uneven pressure distribution.
Shaft technology has proven to be highly effective in both urban and rural water supply systems, helping to maintain equal and reliable water distribution. By enabling precise pressure management and creating hydraulic isolation zones, it addresses the unique challenges posed by varying topographies. With widespread acceptance from both local communities and government authorities, shaft technology is becoming an integral part of modern water supply systems, ensuring equitable and uninterrupted access to water for all.
Benefits of Shaft Technology for
Water Supply Distribution & Pressure Management
Effective Pressure Regulation
Ensures consistent and equal water pressure across diverse terrains, addressing issues caused by topography.
Hydraulic Isolation
Creates zones that separate water flow, enabling better control and efficient distribution in complex networks.
Reduced Water Loss
Minimizes leaks and wastage by maintaining optimal pressure levels in the system.
Improved Maintenance
Allows for isolation of specific sections of the pipeline for repairs without disrupting the entire network.
Enhanced Network Efficiency
Optimizes the performance of water supply systems by balancing incoming and outgoing flow effectively.
Adaptability
Suitable for both urban and rural areas, ensuring reliability and scalability in different water management scenarios.